PUBLIC

VizzC::VizzC(void) VizzC::~VizzC(void) VizzC::VsetToVRML(SArray1dC &,SArray1dC &,int,const StringC &,double,double) VizzC::VRMLHeader(int,double,Vector3dC,Vector3dC,ofstream &) VizzC::VRMLBall(VectorSetC &,Vector3dC &,int,double,int,ofstream &) VizzC::VRMLEllipsoid(VectorSetC &,SArray1dC &,SArray1dC &,Vector3dC &,int,int,ofstream &) VizzC::GetBBox(SArray1dC &,Vector3dC &,Vector3dC &) VizzC::NormalizeVSet(SArray1dC &) VizzC::CreateTestBalls(SArray1dC &,SArray1dC &,const int,const int) VizzC::TestVsetToVRML(const StringC &)

VizzC
include	"amma/Vizz.hh"
User Level:	Default
Library:	Polops
Example:	poltool.cc
Section:	default.Andrew Stoddart
In Scope:	std

Comments:
----------------------------------------------------------------------------- ********************************* VizzC *********************************** ----------------------------------------------------------------------------- ----------------------------------------------------------------------------- ********** VizzC ******************************************************** -----------------------------------------------------------------------------

VizzC()

~VizzC()

Destructor.

int VsetToVRML(SArray1dC<VectorSetC> & position,SArray1dC<Vector3dC> & colour,int max_time_step,const StringC & filename,double ballsize = 5,double duration = 0)

Export VRML file containing the animation:
position ... each element (i.e. vector set) stores positions of a ball over a time sequence colour ... colours of the balls max_time_step ... max number of time steps duration ... in seconds (if zero, it will be set to max_time_step/10)Create a set of test balls

void VRMLHeader(int max_time_step,double duration,Vector3dC min,Vector3dC max,ofstream & of)

void VRMLBall(VectorSetC & position,Vector3dC & colour,int max_time_step,double ballsize,int iball,ofstream & of)

void VRMLEllipsoid(VectorSetC & position,SArray1dC<Vector3dC> & scale,SArray1dC<QuarternC> & rot,Vector3dC & colour,int max_time_step,int iball,ofstream & of)

void GetBBox(SArray1dC<VectorSetC> & position,Vector3dC & min,Vector3dC & max)

Find out the bounding box

double NormalizeVSet(SArray1dC<VectorSetC> & position)

Normalize the point set to a 100 unit cube in +X +Y +Z
returns that factor used to multiply

int CreateTestBalls(SArray1dC<VectorSetC> & position,SArray1dC<Vector3dC> & colour,const int max_ball,const int max_time)

Create a set of test balls

int TestVsetToVRML(const StringC & file = "pokus1.wrl")

Create a Vset and dump to file for a test